Greetings from Base Camp WNC! I would like to extend my apologies for the absence of video updates lately. However, we have been fully immersed in an exciting new venture that has kept us occupied - building a multifunctional survival shelter and storage unit (our 14th creation). This project is truly remarkable; come along with me on this thrilling journey as we explore how far we've progressed since its conception.

Complete Storage Facility
I am excited to share that this structure has been specifically designed for storage purposes. It boasts multiple access points, a sturdy floor and specialized shelves meant for storing essential materials as well as food supplies. The project is still ongoing but I will continue documenting its progress through future videos so stay tuned!

Collaborating with a Trustworthy Team
When tackling complex projects that require utmost confidentiality we rely on a small group of trusted colleagues. Our commitment to privacy is unwavering which makes it essential for us to keep our work under wraps within the confines of our community. Together with like minded friends and business associates who value discretion as much as we do, we handle all aspects related to transportation and procurement while ensuring complete confidentiality throughout every stage of these undertakings. This approach has proven successful time after time in delivering exceptional results without compromising any sensitive information along the way.

What's More Than Just a Storage Space?
Our storage structure is more than just a place to store items - its designed with functionality in mind. We're integrating various features such as water lines, both grid and off-grid solar power systems along with electricity supplies. Moreover we have plans for intricate drainage systems that include gravel beds and drain tiles which will address any potential issues caused by standing water or flooding. Our goal is not only creating an efficient space but also one that can endure future challenges.

Progress and Future Plans
Our video offers a glimpse into our progress thus far. We have completed most of the excavation laid down gravel and installed redundant drain tiles with success. As construction continues we will spread remaining gravel before setting in place our tank. With these steps taken care of, we are one step closer to achieving our goals!

This video serves as a teaser for whats to come offering only a hint of the future. For more detailed updates keep an eye out!

Our newly installed tank boasts an eerie echo due to its light grey walls. However we have a plan in place - adding features such as drains and shelves will not only help with organization but also provide additional sleeping space if needed. These additions will serve primarily as extra storage capacity supplementing our existing shelter. We're excited about this new addition!

Climate-Controlled and Ready to Serve
Our climate controlled storage unit enables us to manage items with ease. If you have any questions or require assistance for similar projects don't hesitate to reach out - I am always ready and willing to help!

Stay Connected With Us
We appreciate your enthusiasm and commitment to our cause. To keep up with all the latest developments from Base Camp WNC please like, share or subscribe today! Together lets embark on this thrilling adventure and stay connected every step of the way. Thank you for joining us in making a difference!


Visit us at:  Carolina Homestead Planner

Creating a High-Performance Filtration System: Optimal Flow and Efficiency for Spring Water
Welcome back to Base Camp WNC!  In this blog post we'll be discussing the construction of what could potentially become one of the biggest Springboks ever built. Both myself and Mr Chuck have older models that pull out from hillsides; however, dirt and sediment in our water supply became a problem for us over time. We decided to tackle it head on by installing filters onto our outflow pipes - but even then there were still issues with sedimentation left unresolved. This is why we took things up another notch altogether: building a spring-water filtration system designed specifically around removing these unwanted particles once and for all.

The filtration system we've devised involves utilizing two 15 gallon drums. We cut off the top of one drum and placed it upside down on another to create a container for settling water inside. The tube directs incoming liquid towards entering through bottom part where dirt particles sink while leaving behind clean H2O that flows out via overflow pipe into catchment systems with ease! Additionally, filters were added atop this outflow pathway allowing for quick swaps or washes when necessary - making sure only pure drinking quality results are achieved from start till finish! With such an efficient setup in place anyone can rest assured knowing their household has access to safe & healthy hydration options every day!

Cleaning your filtration system can be a hassle but not anymore! We've added an ingenious valve at the bottom of each drum that makes it easy to drain out dirty water without any manual intervention. This means no more messy cleanups or potential accidents - just open up the valve and let gravity do all the work for you!

To create our filtration system we removed a 10.5 inch section from another barrel and positioned it atop the bottom one. We marked this line using an object measuring five inches tall before sawing along its length precisely. Afterwards we used ratchet straps to hold both sections together tightly while securing them with self tapping metal screws for added stability. This ensures that all water passing through is filtered effectively. With these steps completed successfully, you can rest assured knowing your aquarium's healthy ecosystem will thrive!

To ensure a watertight seal we used Lexel, an adhesive that can stick to almost anything. We applied it on the joint between two sections and let it dry completely before filling up our drum with water for testing purposes. Our primary aim was checking if everything worked effectively without any leaks or gaps in the sealing process.

To ensure that our system was watertight we used a two inch bail adapter for the inflow side. We also added threaded adapters and female connectors to link up black poly pipes from springs into drums using reducers inside them for controlled flow of water. This attention to detail ensures optimal performance from our setup.

To optimize the flow of water and allow for sediment to settle we incorporated a 90 degree pipe with slots at its base. This component sits on top of our drum's bottom surface allowing for proper filtration by preventing clogging from occurring due to excessive amounts of dirt or debris infiltrating into it during usage . With this setup in place users can expect smoother operation when using their equipment while also minimizing maintenance requirements over time as well!

The lid of the drum includes a half inch valve that serves as an overflow prevention mechanism. It allows excess water to drain away without causing any spillage or flooding inside the container. We also added a pipe with holes for even distribution of water within it. This feature ensures optimal utilization and conservation of resources while minimizing wastage at all times.

The filtration system is designed to collect dirt and sediment from spring water so that cleaner, clearer water can flow into the catchment system. Its easy maintenance makes it a practical solution for dealing with sediment in your water supply. With this system you'll have peace of mind knowing that you are getting clean drinking water every time!

If you have any queries or would like to share your own modifications for this filtration system, feel free to reach out. I am always eager to hear about how others have adapted and improved upon my ideas. Don't forget to subscribe to my channel and spread the word among friends! Thank you so much for reading - see ya next time!

Visit our site at:  Carolina Homestead Planner

A Frugal Approach to Building an off-grid Outhouse: Step-by-Step Guide

Welcome back to Base Camp WNC! In this informative article, we'll take you through the process of building a cost-effective outhouse for a mechanic shop.  By following our step-by-step guide, you can create a practical and eco-friendly solution without breaking the bank. Let's get started!

Step 1: Designing a Closed Septic Tank
To avoid costly county permits and septic tank installations, we came up with a brilliant alternative—a closed septic tank system. We buried a 55-gallon drum with holes near the top and added a 15-gallon barrel on top. For the seat, we used an adult potty chair fixed onto a five-gallon bucket. This setup allows waste to go into the ground and keeps the area wet for better efficiency.

Step 2: Building the Foundation
Dig a three and a half-foot square hole and fill it with gravel to create a solid foundation. The gravel acts as a drain field, ensuring the outhouse functions optimally. As a wet pit system, it holds water and allows easy waste breakdown. You can schedule pumping by a professional Portalet company if needed.

Step 3: Cost-Effective Door and Ventilation
To keep the costs low, we used a ten-dollar door from Habitat for Humanity and added screen wire for insect protection. By placing a rain gutter with a pipe that doubles as a vent pipe, rainwater can pour into the pit, maintaining its moisture.

Step 4: Assembling the outhouse
Using a post-hole drilling auger, drill holes to make digging easier. Place a solid 55-gallon drum at the base and add a lid with a two-inch diameter hole. A 15-gallon drum is placed on top as a drop tube for the potty chair. Fill the hole with gravel and build the outhouse frame with posts and decking.

Step 5: Environmentally-Friendly Operation
This closed septic tank system is designed to handle only human waste, making it environmentally friendly. The bacteria in the waste help break down the solids, ensuring minimal maintenance. Pumping the tank may be required occasionally, which can be done by a professional company for a nominal fee.

Conclusion
Congratulations! You've successfully built a cost-effective and environmentally-conscious outhouse for your mechanic shop. This efficient and practical solution saves you money while ensuring a clean and sustainable restroom option. For any questions or additional information, feel free to reach out to us. Like, share, subscribe, and hit the thumbs up button for more insightful content. Thank you for watching, and see you on the next one!

Visit us at:  Carolina Homestead Planner

Crafting the Perfect Off-Grid Retreat: A Step-by-Step Guide

Welcome back to Base Camp WNC! Today, we're embarking on an exciting journey to build the ultimate off-grid retreat, a versatile tiny house that offers endless possibilities. Join us for this engaging multi-part series as we walk you through every step of creating a sustainable and hidden place for your serene escape.

Part 1: Laying the Solid Foundation
The first step in building your off-grid sanctuary is creating a strong foundation. We'll show you how to lay the groundwork for your tiny house, ensuring stability and durability. By strategically placing concrete footings and using pressure-treated lumber, you'll have a solid base that can withstand the test of time.

Part 2: Harnessing Solar Power
Embrace sustainable living with a smart solar power system. We'll guide you through the process of setting up solar panels to generate clean, renewable energy. Say goodbye to traditional power sources and hello to eco-friendly electricity that powers your tiny retreat effortlessly.

Part 3: Roofing for Resilience
Ensure your tiny house is ready to face the elements with a secure roof. Learn how to reinforce metal sheets with electrical conduit to prevent any separation. This ingenious design guarantees a sturdy roof that will withstand snow loads and adverse weather conditions.

Part 4: Creating the Ideal Living Space
With the foundation, solar power, and roof in place, it's time to focus on making your off-grid retreat comfortable and welcoming. We'll show you how to insulate the floor, prevent critters from nesting underneath, and create a cozy interior. From plumbing to electrical work, we've got you covered.

Part 5: Final Touches and Unveiling
The finishing touches are essential in making your tiny house feel like home. From decorating the interior to adding thoughtful amenities, we'll help you put the final pieces together. Prepare for the exciting moment of unveiling your hidden place retreat and embracing a new chapter of sustainable living.

Conclusion: Your Sustainable Escape Awaits
By following this comprehensive step-by-step guide, you can transform an ordinary shed or tiny house into an extraordinary off-grid retreat. Experience the joy of crafting your serene sanctuary, powered by solar energy and designed for eco-friendly living.

Join us on this adventure towards a greener, more sustainable lifestyle. Craft your perfect off-grid retreat and unlock a world of possibilities for relaxation, creativity, and inner peace.

Like, share, and subscribe to stay updated on each part of this exciting series. Let's embark on this journey together, building a better world, one sustainable retreat at a time. Thank you for being a part of our eco-conscious community!

Visit us at:  Carolina Homestead Planning


#homesteadplanning, #Tinyhouse, #off-gridliving, #Homesteading

Welcome back to Base Camp WNC! Today, we're embarking on an eco-friendly and resourceful project to build a blacksmith's shop using a recycled metal frame. By repurposing materials and embracing sustainability, we're creating a durable and functional workspace. Join us on this incredible journey as we demonstrate how to transform an existing structure into a reliable and environmentally-conscious blacksmith's haven.

1. Abandoning the Old: A Reliable Solution: We've encountered a common issue with shelter logic structures – quick wear and tear. Instead of relying on flimsy materials and warranties that may never be upheld, we decided to dismantle the damaged shelter logic building. The plan is to utilize what's left of the frame while reinforcing it with sturdy metal to ensure longevity.

2. Laying the Foundation: We started by drilling holes and setting up the first wall. The key to a successful blacksmith's shop is a solid foundation. By placing posts strategically, we can create a stable structure that's resistant to shifts and movements. With pressure-treated lumber and careful planning, we'll construct a base that can withstand the test of time.

3. Harnessing the Sun's Power: For sustainability, we're incorporating a smart solar power system. The ample sunlight in our region allows us to generate clean energy to power the shop's lighting and equipment. By using recycled solar panels and an efficient setup, we'll be reducing our carbon footprint and lowering electricity costs.

4. Roofing the Right Way: To ensure the roof can withstand weather challenges like snow loads, we've implemented a technique that eliminates weak points. By placing electrical conduit pieces every other rib, we're preventing any separation between metal sheets. This design guarantees a secure roof that will endure harsh conditions for years to come.

5. Embracing a Green Future: Our blacksmith's shop will not only be a functional space but also an example of sustainability in action. By recycling materials and using renewable energy, we're paving the way for a greener future. This eco-conscious approach contributes to a healthier environment and sets a positive example for other craftsmen and artisans.

We're delighted to share this incredible journey of building a blacksmith's shop using a recycled metal frame. By combining resourcefulness and sustainability, we're crafting a workspace that will stand the test of time while minimizing our environmental impact.

Join us on our quest for a greener future, where creativity and craftsmanship go hand in hand with environmental responsibility. If you're inspired by our project or need guidance on sustainable building solutions, don't hesitate to let us know. Like, share, and subscribe to spread the word about our eco-friendly endeavors.

Thank you for being a part of this journey towards a cleaner, more sustainable world. Let's forge ahead together, creating a better tomorrow for our planet and future generations.

Visit us at:  Carolina Homestead Planner

Welcome back to Base Camp WNC! Today, we're thrilled to share an exciting journey towards sustainable living as we transform a traditional well pump into a cutting-edge solar-powered water system. Join us as we explore how you can harness the sun's energy to ensure a reliable and eco-friendly water supply for your property.

Harness the Sun's Power: Upgrade Your Well Pump to Solar Energy for Efficient Water Supply

We are currently in Allendale, South Carolina, where a homeowner faces the challenge of a pond that's quickly drying up. The existing electric well pump, operated by a generator, has proven to be unreliable and expensive to maintain. To address this issue, we are replacing the old system with a 400 series workhorse pump, powered entirely by solar energy.

With our expert guidance, we will demonstrate the step-by-step process of setting up this innovative solar-powered well pump. Embrace this green technology and let us guide you through the installation to enjoy abundant water supply while minimizing your environmental impact.

1. Preparing the Well:  First, we'll remove the old electric well pump and discharge pipe to make way for the new solar-powered water system. Our efficient and reliable 400 series workhorse pump will ensure optimal performance, even during periods of low water levels. This advanced pump features a low water sensor to prevent damage, providing you with peace of mind and trouble-free operation.

2. Solar Panel Installation: Now, it's time to install the solar panels, the core of our green energy solution. We'll set up the panels at a 45-degree angle, the ideal position for maximizing power output during the winter months. Each panel is simple to install, and with proper positioning, they will capture the maximum sunlight throughout the day.

3. Wiring and Connection: Our experienced team will expertly wire the entire system, connecting the solar panels to the controller and the pump. The configuration will ensure efficient power generation and water pumping, even during overcast days. With this setup, you can enjoy up to 2,600 gallons of water per day, all powered by the sun!

4. Cost-Effective Solution: We understand the importance of value and affordability. This entire solar-powered well pump upgrade, including the pump itself, panels, installation, and materials, comes at a budget-friendly price of just under $2,700. It's a one-time investment that will significantly reduce your ongoing expenses and dependence on fossil fuels.

5. A Greener Future: Embracing solar energy for your well pump not only makes financial sense but also showcases your commitment to a greener and more sustainable future. By reducing your carbon footprint and minimizing reliance on conventional power sources, you contribute to a cleaner environment for generations to come.

Conclusion: At Carolina Homestead Planner, we take pride in assisting homeowners like you in achieving energy independence and environmental responsibility. Embrace the power of the sun and convert your well pump to a solar energy system. Let us help you create a seamless and efficient solution that benefits your property, your wallet, and the planet.

If you're ready to make the switch or need guidance on any off-grid or grid-based water and power systems, we're here to help! Don't hesitate to reach out to us for expert advice and support. Like, share, and subscribe to spread the word about the benefits of harnessing solar energy for your water needs. Together, we can make a significant impact on building a cleaner, more sustainable world. Thank you for joining us on this journey to a brighter, eco-friendly future!

Visit us at:  Carolina Homestead Planner

#Homesteadplanner, #solarpoweredwatersystem, #sustainableliving

Welcome back to Base Camp WNC, where we delve into the incredible world of renewable energy! Today, we're excited to showcase a cutting-edge solar power system that promises to revolutionize off-grid living. Join us as we explore how this ingenious setup can provide temporary power during renovations and ultimately become a permanent and reliable energy source for a self-sufficient off-grid home.

At the heart of this system lies a state-of-the-art 44 Magnum Sign Inverter, boasting a pure sine wave 220 split bolt split phase electric output. With 120 120 coming out of it, this powerhouse can efficiently run a deep well pump and a variety of other appliances. But that's not all – this system also features a top-of-the-line 40 amp charge controller, ensuring maximum efficiency and energy optimization.

Let's take a closer look at the solar panels, the backbone of this eco-friendly setup. The four 150-watt monocrystalline panels are strategically mounted on a custom-built rack, carefully positioned to capture every bit of sunlight available. While this may not be an extensive system, its design aligns perfectly with the purpose it serves – providing energy for weekend work at the renovation site.

Thanks to the ingenious MPPT charge controller and a well-sized battery bank, this system can charge throughout the week and be fully ready for action come the weekend. Moreover, in case of a sudden dip in battery levels, the inverter allows seamless integration with a generator, ensuring continuous power supply for essential tools and appliances.
Although this solar setup might not be sufficient to support the entire construction process entirely, it significantly reduces reliance on noisy and environmentally unfriendly generators. By using solar energy during the day and switching to the generator at night, the construction crew can work comfortably without disturbing the serene surroundings.

The real beauty of this system lies in its long-term vision. Once the renovation is complete, the solar power components will be relocated to the basement, forming the core of a robust off-grid power system for the house. No longer relying on the county's electricity, the homeowners will be self-sufficient and resilient against grid failures and power outages, which can be frequent in their snowy region.

Moreover, this energy solution is cleverly disguised in a waterproof, inconspicuous tote, resembling a regular water tank commonly used in the area. Not only does this ensure functionality, but it also maintains the aesthetics of the property, blending seamlessly into the surroundings.

We're proud to showcase this eco-friendly innovation as a model for sustainable living. By harnessing the power of the sun, these homeowners are taking a step towards a greener, more environmentally conscious lifestyle. As you can see, solar energy is not just a temporary solution during construction; it's a long-term investment in a brighter, cleaner future.

At Carolina Homestead Planner, we're committed to helping others embrace renewable energy and achieve self-sufficiency. If you're ready to explore the wonders of solar power or need assistance with your own sustainable project, don't hesitate to reach out to us. Let's join hands and create a world where clean energy thrives and off-grid living becomes a reality for everyone. Together, we can make a difference.  Contact us today!

Visit us at:  Carolina Homestead Planner.

Secure Your Water Source with Spring Water Catchment on Solid Rock using Hydraulic Cement

Welcome to Base Camp WNC, where we present an innovative solution to secure a reliable water source for your homestead. Discover how to create two spring dams using hydraulic cement on solid rock, ensuring a constant flow of clean water. Say goodbye to water scarcity and welcome a sustainable water catchment system.

Unveiling the Power of Hydraulic Cement:
Hydraulic cement, costing approximately ten dollars per bucket (about 10 pounds), is the key to constructing a strong and reliable dam on solid rock. By securing the bottom of the dam with this remarkable material, we guarantee a watertight seal that will withstand the test of time.

Sealing with Clay and Bentonite:
To further fortify the dam, we utilize a mixture of clay and bentonite as a formidable sealant for the dam's sides. This double-layered protection ensures that water stays in and contaminants stay out.

Ensuring Efficiency and Speed:
Our expert team showcases efficiency and quick execution. With the hydraulic cement setting underwater within 10 minutes, we can seamlessly progress with the process. Plus, the addition of cement in stages guarantees a perfect connection and lasting seal.

Picturesque Spring Enhancement:
Witness the transformation of springs in western North Carolina with our cutting-edge system. Picture your homestead thriving with over two gallons of water flowing per minute, giving life to your landscape and sustaining your needs.

Protecting the Pump:
A reliable submersible pump is the heart of our system. It cools the motor and maintains constant water flow. Witness how we set up the pump with precision, ensuring your water system operates smoothly.

Pure, Clean Water:
The inclusion of a UV light filter and sediment filter ensures that the water you collect is pristine and safe for consumption. Enjoy the benefits of refreshing and purified water from your spring catchment system.

The Promise of a Future:
We not only secure your water source but also safeguard the environment. By relying on natural spring water, you reduce your carbon footprint and contribute to a sustainable future.

 Are you tired of water scarcity and unreliable water sources? Take charge of your water supply with our expert spring water catchment system. Base Camp WNC is here to assist you every step of the way. Consult with us or let our experienced team set up the system for you.

Join us at Base Camp WNC in the picturesque North Carolina foothills as we demonstrate the step-by-step process of setting up a spring water system. From locating the spring to building a spring box, installing filters, and pumping water uphill, this instructional guide will equip you with the knowledge to create your own sustainable and pure spring water setup.

Welcome to Base Camp WNC, where we embark on an exciting journey to set up a spring water system in the beautiful North Carolina foothills. Today, we'll show you how to capture and pump spring water uphill, providing you with a reliable and refreshing water source right on your property. Let's get started with the following steps:

Step 1: Locating the Spring Begin by locating a natural spring on your property that has a consistent flow of water throughout the year. Ensure the spring doesn't dry up during the hot summer months. Once you find the perfect spot, proceed to the next step.

Step 2: Building the Spring Box Dig out a suitable space for the spring box, allowing the water to flow into it naturally. Use plastic sheeting to line the box, ensuring a non-pressurized system. This setup will prevent freezing during the winter, ensuring a steady water flow all year round.

Step 3: Installing Filters Now, it's time to filter the spring water to keep it clean and pure. Use plain sediment filters, readily available at Lowe's or similar stores. These filters will effectively remove any impurities and particles, ensuring you have access to pristine spring water.

Step 4: Setting Up the Pump Install a pump to pump the spring water uphill, if necessary. To prevent any issues with freezing during winter, create a non-pressurized system. Drill a small 1/8 inch hole in the bulkhead fitting at the top of the tank. This will allow water to drain back into the tank during the winter when the pump is not in use.

Step 5: Sanitizing the Spring Ensure the spring remains clean and free from contaminants by adding a sanitizing pipe to the setup. Mount the pipe with holes on the bottom in the gravel near the spring box. This setup will allow you to sanitize the entire spring by pouring bleach water through the cap.

Step 6: Finishing Touches Complete the setup by backfilling and covering the spring box with suitable materials. Ensure everything is secure and leak-free. Perform a final test to check if the water is flowing correctly and if there are any issues that need attention.

Congratulations! You've successfully captured and pumped spring water uphill to create your own sustainable water system. Enjoy the natural and refreshing taste of spring water right at your doorstep. Feel free to share your newfound knowledge with friends and family, and don't hesitate to reach out if you need further assistance in designing or installing your spring water setup. Happy pumping!

For Additional information on setting up your own spring system, contact us:

Welcome back to Base Camp WNC! Join us on this water job in Western North Carolina, where we're building a remarkable livestock watering system. We'll take you through the entire process, from the build to the impressive water tank setup, all designed to provide an abundance of clean water for the animals. Get ready to be amazed by this ingenious solution that harnesses the natural flow of a little creek.

Building the Livestock Watering System: Using just a portion of an old IBC Tote, we create a 15-gallon drum cut, equipped with sturdy screen wire to filter out debris. This incredible system ensures that livestock receive a steady supply of water without interruption. Built with easy maintenance in mind, it's the perfect solution for livestock watering.

The Weir's Functionality: The heart of the system lies in the weir, designed with precision to optimize water collection. With a thread coming out of the top of the barrel, it connects seamlessly to the water tank. We secure the weir in place with legs and bolts, guaranteeing stability even amidst flowing creek waters.

The Impressive 250-Gallon Water Tank: Witness the impressive 250-gallon cistern tank that stores the collected spring water. Positioned with the perfect level for gravity flow, this tank ensures the animals have access to water even during winter months when freezing is a concern. Proper planning and construction make this watering system a reliable and sustainable solution.

The Livestock Watering Setup: Our expertly crafted system delivers water to various paddocks through a gravity flow mechanism. Valves and quick-connects allow effortless control of the water flow, enabling effective watering of different sections. This setup ensures the animals receive a continuous supply of clean water throughout the year.
The Power of Collaboration and Assistance: We are passionate about helping others implement similar water systems for their livestock. Whether through phone consultations or on-site visits, we are dedicated to empowering farmers with sustainable solutions. If you found this video helpful, let us know, and don't forget to like, share, subscribe, and spread the word about this remarkable livestock watering system!

Conclusion: Witness the wonders of nature harnessed to provide a steady flow of water for livestock in Western North Carolina. This ingenious livestock watering system ensures animals receive ample water supply without interruptions, promoting their well-being and comfort year-round. Say goodbye to water woes and embrace a sustainable solution that complements nature's bounty. Let us inspire you to implement this brilliant system on your farm!

#springwater #livestockwatering #watercollection

Welcome back to Base Camp WNC in Western North Carolina! We're currently dealing with heavy rains and freezing temperatures of 20 degrees. Today's project focuses on a spring job that has one supply line and two overflow lines. The flow rate alone through the main pipe is an impressive 32 gallons per minute, and when you consider the overflow lines, it adds up to the same volume. We've used an inch and a half paper to hold all the water.
Now, let's take you along for the build! The spring we're working on has a significant flow, which makes it challenging to contain. To tackle this task, we're using Bentonite and hydraulic cement, especially because there are many rocks in the area. Our plan is to build a dam around the spring and create a pipe system to channel the water.

The process starts with digging a trench to create a pathway for the water. We make sure to measure the depth carefully to ensure an even flow. Then, we mix Bentonite clay and soil together and spread it around the trench. This creates a barrier to contain the water. We're very meticulous in our approach, making sure there are no high spots or leakages.

As we progress with the construction, we encounter challenges due to the high water flow. However, we're determined to overcome these obstacles. We continuously adjust the dam and add additional materials, such as hydraulic cement, to address any issues that arise.

Once the dam is nearly complete, we begin connecting the pipe system. We use various fittings and materials, including plastic and black poly pipe, to handle the flow and create overflow channels. After carefully placing and weighing down the pipes with rocks, the water starts flowing smoothly through the system.

Towards the end of the project, we add wash gravel to cover the dam and the surrounding area. This serves to protect the system and give it a more natural appearance. The flow rate remains strong, and we're satisfied with the final outcome.

In conclusion, the spring job in Western North Carolina presented its challenges, but through careful planning and a combination of materials, we were able to achieve our goal. Our work isn't finished yet, though. We still have more projects ahead, including building a spring box and supplying cottages with water.

If you have any questions or need assistance with your own projects, don't hesitate to reach out to us. We're always happy to help and share our expertise. Thank you for joining us on this journey, and remember to like, share, and subscribe to our channel. Your feedback is invaluable, and we look forward to bringing you more exciting projects in the future. See you on the next one!

Welcome back to Base Camp WNC!  In an earlier video, I showed you the spring that's producing around 30 gallons per minute. Now, let me show you the box we've built to house our deep well pump and pressure tank.

To begin, we had a man with an excavator dig a hole. To keep the dirt out, we placed a perforated drain tile with a fabric sock over it. Once we're finished, we'll cover it with clean gravel so you won't have to stand in mud when replacing filters.

Now let's take a closer look at the box we've constructed. It's designed to protect the system from freezing and other environmental elements. Inside, you can see the pressure tank in the corner. The tank is equipped with a deep well pump and a float valve to keep it full with well water if the spring runs dry.

We've connected the water line that goes out to the tiny home site to the electrical conduit that supplies the wire. Another water line comes from down the hill to supply other areas, and we will cut into that line as well.

Now, it's time to move on to the next step. We need to cut the pipe down to a certain level without cutting the wires. To protect the wires, we'll slide them through a piece of one-inch pipe before making the cut. This ensures the wires won't be damaged.

With the wires protected, we can proceed with cutting the pipe without any issues. Additionally, we've installed a one-inch pull-through which will be used for a UV light if necessary. The other receptacle will provide 110 volts, as all the pipes in the box will have heat tape wrapped around them to prevent freezing during winter.

Next, we will wire the pump switch and clean the tank. Once the pump is up and running, we'll finish wiring up the box and have everything ready to go.

Now, let me show you how we set the deep well pump in the tank. It needs to be either completely horizontal or completely vertical to avoid damage to the bearings. We'll place the pump inside a four-inch plastic pipe, allowing water to flow across the motor and keep it cool. We've also taken precautions to ensure the wire won't rub against the stainless steel strap.

To keep the pump off the tank's bottom, we'll use zip ties to attach it to an eight-inch cement block. This prevents sediment from accumulating and affecting the pump's performance.

Once everything is set up, we can lower the pump into the tank and begin working on connecting the pipes. In addition to that, we've installed a filter bag over the inlet to catch sediment and keep the water clean.

Lastly, we've constructed a lid for the other end of the tank, completing the system. We'll await the results of the health department water test before making any further adjustments.

If you ever need assistance with a similar system, feel free to reach out to me. I'm available for phone consultations or I can even come out to provide help. And don't forget to like, share, and subscribe to our channel! Thank you, and see you in the next video.

Welcome back to Base Camp WNC! We're excited to share the progress we've made on our latest project: setting up a rainwater collection system to irrigate a greenhouse. Since there is no access to well water, we've devised a system to collect rainwater. Join us as we take you through the process.

First, we enlisted the help of Mr. Will, an expert dirt excavator, to dig down and prepare the area. In hindsight, using a mini X would have been more efficient for this task. Nonetheless, we pressed on with the excavation, using tractors and shovels to ensure the area was properly leveled. To achieve this, we added a generous amount of fine rock dust and meticulously checked the level.

With the groundwork completed, it was time to set up the rainwater tank. We began by drilling multiple holes in a pipe, ensuring the total area of the holes matched the tank's specifications. Next, we assembled the components, including a steel nipple, adapter, and a 90-degree pipe, which would be attached to the tank's interior fitting. This setup allowed for a six-inch gap between the bottom of the tank and the water intake to prevent the suction of sediment or debris.

Carefully positioning the tank, we placed it on a bed of ground-up rock powder for stability. Once in place, we installed the necessary plumbing fittings, such as street L's, valves, and caps, using a union and check valve to ensure smooth water flow. We strategically located the tank near the building to simplify the electric connection for the pump, which would be a 110-volt model from Harbor Freight. Additionally, we planned to include an expansion tank to support efficient hose operation and drip irrigation for the tomato plants in the greenhouse.

Having secured the tank, we enclosed it with eight-inch plastic culverts, allowing easy access while protecting it from dirt and debris. The suction line for the pump was outfitted with a valve, union, and a check valve to prevent water backflow. We also labeled the flow direction for future reference. The existing tank already had three holes, one of which we capped off, while another featured a valve for potential rain gutter installation. The remaining hole was designated for the standpipe, which connected to the pump house located at the back corner of the tank.

To complete the setup, we connected the pump's outlet to a hose bib, reducing the diameter from one inch to three quarters. This hose would carry the water down to the greenhouse, conveniently drilled with an opening to accommodate the electric line. As the system was only intended for seasonal use, we constructed a simple wooden frame above the pump, prioritizing functionality over freeze-proofing during winter months.

To improve aesthetics and protect the tank from UV damage and algae growth, we painted it, matching the farm building's colors. The silver top even mirrored the metal roof. Backfilling was done around the tank, ensuring stability and a finished appearance.

We hope you've enjoyed following our simple yet effective rainwater collection system installation. If you have any projects or need assistance, feel free to contact us using the provided email or phone number. Don't forget to like, share, and subscribe to stay updated on our latest endeavors. Your support and comments are always appreciated. Until next time!

Installing a UV Water Purification Light for Enhanced Safety
Welcome back to Base Camp WNC! In today's blog post, we will be discussing the installation of a UV water purification light. This UV light is an added precautionary measure for water purification, especially in campgrounds. There are other options available, such as a whole house Dalton Rio ceramic filter or a Berkey filter, both of which can remove 99.99% of bacteria in the water. However, in this case, we will be focusing on the installation of a UV light. Before we begin the installation process, it is important to note that filtering the water before it goes through the UV light is crucial. This helps to remove any sediment or impurities in the water. In this particular setup, a spin-down filter, a five-micron filter, and a 20-micron filter are used to filter the water before it reaches the UV light. To start the installation process, the system needs to be drained. This is necessary because we will be cutting into the pipe and mounting the UV light across it.

Installation and Considerations for UV Light in Water Treatment System
A 2x4 is mounted across the framework to provide support for the UV light. It is important to note that the in and outflow of the UV light can be pointed up or down, but it is recommended to point them down to prevent freezing during winter or when the system needs to be drained. Once the system is drained and the UV light is mounted, the next step is to cut the lines and start gluing them together. The water will flow from the well, through the spin-down filter, the two filters, and into the UV light. From there, it will flow out and go to the house. Now, let's focus on the UV light itself. It is important to choose the right wattage and gallons per minute (GPM) for your setup. In this case, a 55-watt UV tube is used, which is suitable for a 12 GPM treatment. It is crucial to match the wattage and GPM to ensure effective water purification. To install the UV light, a quartz tube and silicone O-rings are provided.

Installation and Maintenance Tips for UV Water Purification Lights
The quartz tube is inserted into the UV light, and the other end nut is screwed on to secure it. The silicone ring is then pushed in to create a seal. It is important to handle the UV light with clean cotton gloves to prevent any contamination. Once the UV light is in place, the light bulb is plugged into the socket. It is recommended to use a rubber boot to seal the connection and prevent water and moisture from entering. It is important to note that the UV light bulb needs to be replaced annually for optimal performance. After mounting the UV light and plugging it in, it is crucial to fill it with water before turning it on. The UV light can reach temperatures of up to 140 degrees, so it should be placed away from any flammable materials. And there you have it! The UV water purification light is now installed and ready to provide clean and purified water. If you have any questions or need further assistance, feel free to reach out. Don't forget to like, share, subscribe, and leave a comment.

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Introduction: Welcome to Base Camp WNC, where we are excited to share the renovation journey of a historic Spring House. This dilapidated structure, estimated to be around 50-60 years old, is in dire need of repair. The roof is damaged, the screen is missing, and the cement block is deteriorated. Our goal is to revitalize this Spring House by removing the debris, addressing water source issues, and implementing necessary measures for optimal functionality.
Identifying Water Source and Implementing Solutions: Upon inspection, we discovered that the original iron pipe was replaced with PVC at some point. To locate the water source accurately, we will clear the area of rocks and debris. Our plan involves setting up a plastic dam using a barrel ring to eliminate surface water and prevent bugs from entering. By resolving these issues, we can ensure a clean and reliable water supply.

Spring Box Maintenance: Cleaning and Gravel Covering: While we aim to preserve the existing blocks, cleaning out the muddy areas and the basin may be necessary. This meticulous cleaning process may involve removing sediment from the entire basin and intake pipe. We may consider covering the spring box with gravel to optimize its functionality. This extensive cleaning and gravel covering could explain the size of the original spring box, intended to collect water from various sources.

Dam Wall Reinforcement for Surface Water Protection: To safeguard the Spring House against surface water runoff, we have reinforced the dam wall using fabric and plastic. This reinforcement adds strength to the wall while preventing water infiltration. Additionally, we may add more gravel near the dam wall to enhance its effectiveness. Our goal is to ensure that water flows directly from the spring, preventing any contamination.

Efficient and Thorough Tank Cleaning and Maintenance: In our commitment to deliver clean and safe water, we embarked on a comprehensive tank cleaning and maintenance project. After emptying the tank using a pump, we removed accumulated sediment with shovels. The entire tank was pressure washed and sanitized to eliminate any impurities. To restore the spring flow, we rinsed the tank with fresh spring water before pumping it back down. Our focus is on providing an efficient and sanitary water storage solution.

Efficient Spring Flow Restoration and Pump Installation: We successfully restored the spring flow and installed a deep well pump for a reliable water supply. Anchoring the pump vertically or horizontally, we utilized cement blocks to prevent sediment accumulation. By employing a sturdy steel pipe instead of PVC, we have enhanced the longevity and durability of the system. The newly installed one-inch poly line ensures a consistent water supply from the spring to the tank.

New Water and Power Lines Installed for System Upgrades: To upgrade the system further, we installed new water and power lines. The water line was carefully laid from the spring, utilizing a piece of steel pipe to prevent bending and sagging. This new line replaced the old PVC pipe, ensuring a reliable water supply. Simultaneously, the power line was installed to provide efficient and uninterrupted operation for the entire system.

Installation of Expansion Tank, Water Filtration, and Winterization: In the utility room, we installed an expansion tank to regulate water pressure effectively. Additionally, a Ruscon spin-down filter was incorporated to remove impurities. We assessed the need for a whole-house filter and addressed winterization requirements by incorporating a valve for draining the system. Our aim is to provide a comprehensive solution while considering the specific needs of the homeowner.

Effective Drainage System and Reinforced Cover: To prevent critters and water damage, we created a drainage system around the tank. This involved digging a ditch and backfilling it to deter unwanted creatures. We installed a vault and a drain valve, allowing the homeowner to easily drain the system during winter months. To safeguard the system from debris and potential damage, we used a heavy-duty vinyl liner and secured it with cement blocks.

Professional Water Consultation: Base Camp WNC offers professional water consultation services to address various water-related concerns. We provide expert advice on water pressure, flow quality, pump installation, and filtration. Whether on-site or remotely, our consulting services aim to assist clients in achieving optimal water management solutions. Feel free to reach out to us with your project details, and we'll be glad to help.

Conclusion: Base Camp WNC takes pride in the successful renovation of a historic Spring House. By revitalizing the water source, improving functionality, and implementing essential upgrades, we have enhanced the overall water system. Our team is committed to delivering reliable and clean water solutions to ensure customer satisfaction. For more engaging content, don't forget to like, share, subscribe, and hit that thumbs-up button. Thank you for being a part of our journey.